Jupiter Bioventures: transforming early-stage science into biotech success
Endpoints News - 19-Nov-2024A $70m fund takes bold risks to validate ground-breaking ideas and reshape biotech innovation
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A $70m fund takes bold risks to validate ground-breaking ideas and reshape biotech innovation
The funding enables industrial production, clinical trials, and patent filing
A groundbreaking model helps tiny robots navigate bloodstreams, paving the way for clinical trials
Revolutionary technology uses ECG data to spot hidden risks and enable early prevention efforts
NVIDIA will support Genesis in optimizing neural networks for 3D data handling
These tools help surgeons plan better, reduce risks, and adapt quickly
Drug improved chronic cough symptoms, contributing to a better quality of life\
Targeted drug delivery and immune boost for personalized cancer therapy
Early tests show Tortus can accurately filter out background noise and focus on relevant information
This approach reduces errors and speeds up training for complex surgeries
This highlights promising paths for potential anti-ageing therapies
This approach boosts efficiency and opens new possibilities in exploratory synthesis
It processes data swiftly, marking progress toward advanced humanoid robotics
New tech at NHS trusts speeds up cancer detection in high-risk areas
The system will use genetic testing to identify infections quickly
Tailored drug dosing could reduce harmful reactions for cancer patients
Ora biomedical’s high-tech screening could uncover life-extending compounds beyond rapamycin’s reach
A new trial offers hope for glioblastoma patients as innovative treatment yields significant results
New funding accelerates AI advancements for precision medicine
Together, they aim to provide pharmaceutical companies with precise tools for drug development
Researchers found it unreliable in certain cases, especially with common pauses
Innovative devices compete globally to redefine disability support
New technology uses gentle zaps to reduce harmful bacteria without antibiotics
New technology aims to improve diagnosis speed and accuracy in busy emergency departments
Their partnership with Calico focuses on age-related disease treatments
Their Polaris system aims to improve cataract removal precision and consistency
The goal is to help users practice resisting cravings and reduce drug overdoses
The test is faster, cheaper, and over 93% accurate, offering quicker diagnosis
A new AI-powered system from the University of Toronto automates experiments
Findings offer hope for future therapies targeting sarcopenia and muscle loss
The technology extends survival for some patients by 3.3 months
Tests in mice and human cells show long-lasting gene correction
Shift aims to treat diseases like heart issues and arthritis by addressing aging’s root causes
AI transforms how we understand and target proteins
Balancing productivity gains with the risk of low-quality research
Clinical trial shows treatment extends survival for patients with advanced lung cancer by over 40%
Using AI and biology to speed up drug discovery for healthier ageing
Enhanced design and advanced algorithms promise improved accuracy and user experience
A new breakthrough in nanotechnology offers a non-invasive way to access the cell's genetic material
Transforming respiratory care and reducing reliance on organ donors
A new photoacoustic device offers real-time, detailed 3D imaging, promising faster disease detection
AI-powered handheld system aims to expand robotic precision to routine healthcare procedure
Revolutionizing chronic disease detection through innovative retinal imaging technology
Researchers hope to develop new drug targets and improve current treatments
Phase 2a trial results show positive outcomes among pulmonary fibrosis patients
New research from Texas A&M develops nanoflowers to restore cellular energy
Tech-driven scan aims to shift healthcare toward prevention
Custom 3d-printed lenses promise faster, affordable cataract treatment
Elon Musk's brain-computer implant receives FDA approval
Amidst rising AI use in healthcare, doctors seek guidance on safe practices and patient privacy
An AI model set to transform drug discovery through cutting-edge molecular predictions
Researchers identify genetic markers that could lead to a faster and affordable test for ALS
Their aim is to improve preventive health with personalised solutions
Innovative platform accelerates drug discovery for metabolic diseases and more
FAB1 compound reduces ageing markers in cells while FAB15 accelerates wound healing
AlphaProteo redefines protein design with groundbreaking AI accuracy
Magnetic nanobots target brain aneurysms in rabbits, hinting at future human therapies
Magnetic nanorobots could revolutionize medicine with precise internal treatments
Food for the brain charity launches a test to track brain health through antioxidant levels
Food dye reveals hidden organs and veins by making tissues transparent
Modernized process for easy and personalized approach to take control of health
German startup decodes the dark genome, advancing precision medicine
Aston university creates a non-invasive test that detects prostate cancer in minutes
Their work is a major step toward personalised medical treatments
CortexW1 boosts lifespan of worms by 33%, highlighting AI's role in longevity research
New clinical trial hubs to improve patient access to innovative treatments
Transforming healthcare with non-invasive, drug-free technology
Groundbreaking endoscopy performed 5,778 miles apart, advancing remote surgery
New method speeds up DNA analysis, unlocking advances in genetics and medicine
This has led to better early cancer detection and improved patient care
The second patient successfully used the device for design and gaming
The electrodes were tested on pigs and successfully recorded brain activity
This innovation aims to make managing diabetes and improve patients' quality of life
This merger aims to deliver quicker results and generate substantial revenue
Regulation is essential to ensure patient safety and data protection
Breakthrough for the rarest of rare genetic diseases that affect only a few patients
Currently, the robot is still in the early stages and has yet to receive FDA approval
Proposed test costs £230 each, promising significant economic & health benefits
It will be available next year and is part of a series of advanced medical tools
ALS patient becomes first to use apple vision pro with BCI implant
Approach is based on research from UCSF and could transform how diseases are treated
AI could cut preclinical drug development time by half, but rigorous trials are crucial
Researchers developed a "CD3 Score" to measure immune cell levels in tumours
Next steps include testing these vessels in animal models before moving on to humans
Most cases were mild, but the study highlights the need for increased awareness
Research highlights the potential of proteomics in disease prediction
Novel delivery system enhances natural antimicrobial effects of essential oils
Study also identified that compounds Torin2 and dactolisib extend Drosophila lifespan
C the Signs spots hidden patterns in patient records, leading to faster and early cancer diagnoses
The system works by being activated in acidic tumour environments
Engineers create lifelike vascular networks in heart tissue for future organ transplants
Company is seeking $20M to expand its trial in New Zealand and the U.S
Proposes ethical pathways for profit and public trust challenges
First scottish patient to undergo the treatment experienced immediate tremor reduction
Transforming healthcare from reactive to proactive with whole-body screening
This approach uses algae-powered robots to neutralise harmful proteins in the colon
Small molecule unlocks youthful telomerase, reversing age-related decline in mice
This opens up new possibilities for regenerative medicine and tissue repair
This offers a safer, more effective treatment for age-related diseases
This finding could lead to new ways to predict and prevent age-related illnesses
The test is affordable and easy to use, making it accessible to various settings
Bionic device offers comfort, function, and freedom for everyday use
The method has potential for tissue repair and regenerative medicine
Initial trials show promising results with improved symptoms and reduced waiting
System showed promising results in identifying high-risk individuals
New machine learning technique could revolutionize fight against superbugs
Drug-free solution for sleep by modifying brainwaves to deeper sleep patterns
This can potentially reduce unnecessary hospitalizations and save NHS resources
The company aims to expand access to this technology for broader healthcare impact
This could help doctors find heart problems earlier and keep people healthier
Problems range from unsent medical letters to inaccessible vital information
This patch also monitors skin health, offering a potential new avenue for treatment
This could help doctors and make it easier to get ultrasounds, even in remote places
Programmable mRNA tech promise precise & safe treatment for disease and age-related conditions
Experts discuss on the ethics and feasibility of body transplants in the near future
Company is aiming to increase accessibility and affordability
This could potentially revolutionize treatment for severe conditions
Leveraging robotics and machine learning to design precise cancer treatments with minimal side effects
These early findings suggest AI could double the productivity of drug research
Loose wires caused setbacks, prompting a search for a second volunteer for testing
Promises faster development and wider access of cell therapies for age-related diseases
Research holds the key for early detection and prevention of cancer
The robot was successfully tested in a February experiment at Aichi Medical University
A great summary of 25 speakers who are in various stages of platform building, drug discovery and clinical trials
Dataset may hold valuable insights to unlock neurological mysteries
Greater convenience for patients and could potentially reduce NHS costs
Though it has some flaws, it holds promise for future scientific advancements
The breakthrough could revolutionize drug discovery and disease treatment
Technology also raises concerns about job displacement in other fields
This innovative device has been successfully tested in pigs
Technology aims to make animal studies more efficient, affordable, and humane
Fewer doses, better taste & improved adherence for rare diseases and beyond
Study may provide a safe and effective way to take powerful injectable medications by mouth
This could lead to safer and more effective treatments for genetic diseases
AI-powered protein design models to transform medicine with next-gen therapeutics
Surprisingly, metformin does not reduce death risk
Could help doctors spot eye issues faster and decide who needs urgent care
Technology promises faster identification of molecules for disease treatment
Innovative approach to protect organs from harmful gut bacteria
The company remains focused on its independent cancer drug development
Novel approach to quickly reach heart attack victims, trials underway
Test offers minimal benefit but risks overtreating slow-growing cancers
Large-scale trials aim to enable timely access to support and potential treatments
Personalized bioprints for affordable and more accessible transplants in the near future
New technique delivers more genetic material, paving way for safer & effective gene therapies
In an NHS trial, the system successfully identified cancers missed by human doctors
Swallowable Sensors identify gut movement problems, potentially replacing unpleasant endoscopies
It may improvepatient outcomes and advance personalised cancer treatment
This new technology could improve the accuracy of genetic testing
Urgent action needed to tackle bias in pulse oximeters, AI devices & genetic tests for fair healthcare for all
AI streamlines drug discovery, taking a potential treatment from concept to clinical trials in record time
Secures $47 million to advance its robotic innovation in soft tissue surgeries
Braingaze to develop apps for ADHD, autism and alzheimer's using eye-tracking technology
This innovation explains its reasoning, boosting transparency in healthcare
Revolutionary bioprinting technique with potential for flawless skin repair and hair regrowth
Offers ease and comfort for patients but human companionship remains vital
Researchers tracked changes in brains, including protein levels & brain shrinkage
ASTR to revolutionize cancer treatment with unmatched precision & minimal tissue loss
Novel method for natural-looking eyes, offering comfort and wider access
Early trials promise natural movement, control and sense of touch; however, cost concerns remain
It paves the way for future advancements in surgical robots and improved patient care
Symani's wristed instruments bring steady hands and big ambitions to microsurgery
Unlocking a new era of comprehensive disease insights and treatment strategies
Almost 4 million differences might be linked to disease risk, leading to targeted treatments
This powerful AI could transform how we approach disease research
Company aims to transform healthcare by using cutting-edge sugar-based diagnostics
Portable Produodopa pump delivers steady medication, offering ease & relief for Parkinson's sufferers
Significant systolic BP reductions, highlighting its potential to address health disparities
From war zones to Mars, this droid could be the future of healthcare in remote locations
This advancement promises a gentler, more effective way to heal wound
They found 11 proteins in blood that could spot future dementia with 90% accuracy
They plan to offer quick full-body scans for $500 in a few years
Project could lead to a brighter future for heart patients across Europe
This could lead to more personalised treatment plans and better outcomes
Originally used to fight cancer, sound waves surprisingly revive old cells
Early studies look promising, and the company plans to launch its product soon
Al101 shows promise in boosting brain health for early Alzheimer’s patients
New "nano-pods" carrying antibiotics fight infections in the lungs of mice
This low-cost, scalable device could revolutionise spinal cord injuries treatment
It could be used to study Down syndrome, Alzheimer's, and even new medicines
Stronger tools and parts from recycled materials -a sustainable way for space exploration
This £4.2M boost will help them offer this tech more widely in Europe and US
If it works well, MIRA could help keep astronauts healthy on long space trips
This means you might need to focus on specific areas of your health to stay spry
It has been approved for use in India and has been used in hundreds of surgeries
This "physics-guided AI" approach promises deeper insights than current methods
Autonomous robot outperforms scientists, accelerating the path to new pharmaceuticals
Tiny robots made of DNA can now deliver your medicine straight to the cells
People using the pill lost an average of 10-15% of their body weight in 4 months
Sano's software pinpoints the perfect treatment match for each patient
It improved muscles and slowed down the disease in animals
This could pave the way for routine screening of individuals over 50
AMIE surpassed human doctors in accuracy, empathy, and communication
Reading metabolic and immune responses, blood test paves way for early diagnosis & personalized medicine
FAST is precise and works with different cell types and microscopes
Technology offers a glimpse into the future of personalised cancer care
New, more efficient approach for personalized bladder cancer treatment
AgeDiff could be a new way to predict disease risk and personalise healthcare
Provides oncologists with a precise tumor genetic map for selecting treatments
Test reported high sensitivity and specificity, better than other similar assays
Their AlphaFold engine models proteins could lead to faster and more effective treatments
Eli Lilly and Novartis invest in cutting-edge AI to accelerate the search for life-saving treatments
Offering comfort and advice, the rise of AI therapy sparks debate about its potential & perils
This not only eliminates animal testing but also promises faster drug access
"Vibes" pill mimics food signals, decreasing food intake by 40% in pigs
A novel way to beat cancer in the lab showing promise in mice
Promising advance in antibiotics with potential to combat a major health threat
This app could help identify those at risk sooner for timely intervention
Silicon Valley startup uses personalized data and AI twin to reverse type 2 diabetes and obesity
Opening doors for minimally invasive treatments of hard-to-reach blockages
Sound waves and a special ink to print custom implants and deliver drugs directly to injured tissues
Test could help in the early detection of disease and prevention strategies
Potential future of targeted drug delivery and advanced nanotechnology applications
Potential to offer same-day discharge, less pain and faster recovery
Anthrobots bridge neuron gaps and fight disease, paving the way for regenerative medicine
AI to track arm movements after stroke, helping survivors regain strength and independence
The goal is to help people stay healthy by knowing their unique ageing process
Offers over 20 innovative organ models for realistic testing and collaborating
Drone technology could revolutionize emergency response & improve survival for cardiac arrest patients
Technology can communicate with and control nano-implants inside the body
A step towards empowering women for better health and quality of life
The research could lead to new ways to slow down ageing in humans
Device uses non-invasive magnetic fields to increase ROS levels in cancer cells
Revolutionary pill that could save lives by alerting for serious medical conditions
Revolutionizes patient care through continuous, non-invasive health monitoring
KDM1A emerged as dual-action therapeutic target for both
A revolutionary step towards regenerative medicine, drug testing, and enhanced skin models
Allegations of a 90% error rate and pressure to cut costs fuel class action lawsuit
The tool presents a novel methodology for preventing heart diseases
Company is planning to begin clinical trials in the US in late 2024
Advancing computational biology to reprogram cells and transform the future of healthcare
Opening up the possibility of engineering complex organisms from scratch
A stepping stone towards personalized anti-ageing interventions
Cutting-edge technology to manage blood sugar and enhance well-being
Spinal implant could lead to significant improvements in the lives of people
British researchers and startups vie to outpace tech billionaires in the fight against ageing
Also shields skin from sun damage, environmental toxins, and radiation exposure
Company's "cell-free DNA platform" can detect unexplored cell-free DNA fragments
The app helps users boost their energy levels and feel more alive
Refreshed brand offers end-to-end mental health support, from mindfulness to therapy and psychiatry
Company aims to impact a billion people's lives in five years
Nanotech's nanoparticles could extend healthspan for everyone
Michelle Donelan praises the AI investment, stating it will transform healthcare
Research could pave the way for more affordable heart rate monitoring devices
Ingenious nanotechnology enabling non-invasive advancements for the future of medicine
Advanced biological ageing clock provides a precise evaluation of health & ageing
Promises a future without animal testing and the need for organ donors
A deep dive into the AgingReG curated database of aging regulatory relationships in humans
Government funding to fuel innovation and growth in the life science sector.
Company is transforming healthcare and enabling personalised medicine
Smart socks detect distress and alert carers, helping patients to live more independently
Unlocking the secrets of cancer and genetic diseases with nanopore sequencing
Revolutionary approach for safer and accessible brain stimulation therapies
Company's quest to decode ageing and develop novel therapies gains momentum
CurifyLabs' pharma kit streamlines the production of tailored medications
Structure promotes bone healing in oral and maxillofacial surgeries
Experts warn of the need for guidelines & oversight to ensure safe use of AI in healthcare
Self-driving needle could make surgery less invasive and more accessible
Method can accurately predict your age, smoking status, and disease risk
GC will design and deliver mRNA constructs; Immetas will identify therapeutic targets
Dostarlimab with 100% success rate in early trials offers hope for bowel cancer patients
MUSA-3, a next-gen microsurgical robot, boosts surgical precision and versatility
A personalised approach to healing the brain and restoring lost function
Device uses sensor technology to apply human-like forces with precision
Company's LINQ platform streamlines drug development for scientists
Tiny chip mimics human disease for faster and precise drug discovery
Highlights the potential of AI to accelerate drug discovery for several diseases
New AI technologies promise to accelerate scientific discoveries and cure diseases by the end of the century
AlphaMissense is a game-changer in genetic research for human health
75% of trusts still use paper, hindering patient safety and efficiency
Safer, more accurate breast biopsies made possible with IGAR robot
Algocyte integrates data for personalised precision medicine
Lead program targets TRPV4, an ion channel that is involved in several diseases
The model predicts the risk of chronic diseases before they even show up
Developing "biological software" for effective and affordable mRNA drug design
The trial could help to match right treatment to people with rare cancers
A new smart implant that could revolutionise the way we treat chronic diseases
Novel approach to identify ageing targets and fight age-related diseases
Funds to help AI-discovered drugs enter clinical trials and expand its pipeline
AI can now design proteins that change shape in response to external stimuli
NeuroSkin mirrors the impulses sent to a healthy leg and recreates movement in the weakened leg
Three natural compounds identified, paving the way for new treatments
Pioneering a new era of medical technology to speed up drug development
Highly precise shape-sensing technology to help clinicians diagnose & treat lung cancer at early-stage
Gallium-based particles synthesized to heat with light and help immune system to kill cancer cells
Use of AI supported screening can help reduce workloads and patient wait times
VitalOne reports 50 lab tests in just 20 minutes and improves accessibility for clinicians & patients
Magnetically guided nanotubes effectively killed cancer cells in mice
A flexible robotic system for deep brain surgeries with up to 50% less tissue damage
AI-powered research platform to accelerate the processes in drug discovery and development
Highly accurate enzyme-based approach to advance the ability to read, write and manipulate DNA
WormPicker takes on time-consuming tasks including inspection, movement between petri dishes and genetic crossing
To prevent major diseases while making patients’ lives easier & reducing pressure on GP services
Groundbreaking InnerEye AI, developed by Addenbrooke's Hospital and Microsoft, revolutionises radiotherapy planning
Could target the treatment of a broader range of fibrotic indications beyond idiopathic pulmonary fibrosis
Plans to leverage exclusive Attobody nanobody platform to develop innovative treatments in immunology and oncology
AI4HF uses latest methods to lower the risk of disease and develop patient centered care
Artificial intelligence identifies herbal compounds to safely eliminate senescent cells
Improves in situ tissue and organ regeneration, promising future applications in drug delivery and custom prosthetics
Innovative technology combines synthetic biology, genomics, and machine learning to transform the way diseases are diagnosed and treated
Boston University's AI model outperforms the current standard of care and offers valuable insights in complex drug prescribing
Offers promising results in the detection, and original site, of over 50 types of cancer in major NHS study
Neuralink's implants will still require extensive testing to overcome technical and ethical issues
Paving the way for more targeted, efficient cell-based therapies to treat diseases like diabetes and cancer
AI scrutinized a list of 6,680 compounds, ultimately shortlisting potential antibiotics in under two hours
Calls for safe and ethical use of LLMs to protect patients and public health
Potential to fast-track patients to treatment and streamline CT scan analysis
Novel molecules enhance bone regeneration in mice by 50%, paving the way for treatments for bone fractures and related conditions
ChatGPT demonstrates potential for assisting healthcare professionals in drafting patient communications, but caution advised
Study demonstrates feasibility of conducting polymer-based structures as integrated electronics for medical applications
Ultralight, flexible device provides early detection of heart diseases outside the clinic
Genetika+ tests drugs against a patient's own cells; Insilico Medicine is slashing the time taken for drug discovery
Nanorobots make the process cost-efficient and fast, with same level of accuracy compared to tradition method
Benefits of psychedelic drugs or AI compounds may outperform clinical drugs with fewer side effects; clinical trials yet to confirm
More research needed but a revolutionary way to treat many diseases, including cancer
Electric- and magnetic-powered tiny robot able to identify, capture, and transport single cell autonomously
Fuel cell coupled with engineered beta cells automatically produce insulin whenever required
Remote access helped to perform several procedures simultaneously and reduced waiting time for patients
Fully automated Intelligent Cell Processing System to manufacture potentially life-saving treatments
F3DB is designed as an all-in-one endoscopic tool that avoids the use of changeable tools
Keyhole surgery without the keyhole? Very early days but imagine swallowing a robot which can operate on you from the inside
Painless, quick, and non-invasive method to potentially transform breast cancer screening
Currently only tracking location, but in future could be developed to take samples or deliver therapeutics
Grafts fit perfectly to any complex body part and can also be tailored for each patient
Advances in the innovation could limit hospital admissions and increase healthspan of patients
The peptide-3D printing ink could benefit regenerative medicine and medical research enormously
Advancements could enable early detection of various cancers via membrane proteins in urine
Pressure-sensing innovation for flawless pharmaceutical 3D printing
Novel therapy killed some senescent cells, rejuvenated others, without harming healthy cells
ProGen AI designs artificial enzymes, revolutionizing protein engineering and biotechnology
This innovation may help pharmaceutical companies speed up and scale their production
Had success in reducing muscle atrophy and discovered novel class of molecules to target cognitive decline
Researchers are making strides in developing advanced in vitro tissue models to study eye diseases
Getting diagnosis within seconds could enable women confirmed to have cancer start treatment sooner
Not accurate enough (yet) for self-tracking, but could quickly identify people with hypertension
Current research identified drug candidate, big data analysis confirmed an association, and lab work demonstrated a biological effect
Effectiveness of AI technique can facilitate non-face-to-face treatment and reduction in medial cost
Plan is to build a generic platform then work with major pharma companies to take them to market
A restitution hearing will decide how much she must repay
Advances in AI is great, but this sort of automation is what will create the data it needs to find new longevity drugs
Personalized T-cell therapy for untreatable cancers - further studies needed to test the dose and effectiveness
This expansion follows earlier FDA approval in the U.S. With financing from JPMorgan
Detecting disease at the earliest stages and reversing it, instead of treating a chronic disease
Its a fully integrated approach for developing biologics for chronic and age-related diseases
Technology that can help detect various diseases quickly and accurately reduces staff time
Many conditions could be improved by removing signalling that prevents cells operating at their best
The project will allow testing of early diagnostic tools and preventive strategies
NHS Trust will carry out further development to see how drones can improve services for its patients
The study computes predictive models for risk stratification via population analysis for results
Cyberdontics-robot cuts the tooth and fabricates a prosthetic at the same time-efficacy and speed
Microelectrode array (MEA) is 3D-printed at the nanoscale, for individual neurological treatment
AI-enabled imaging of the retina’s veins and arteries can specify the risk, results from big study
RoboCap’s mucus-clearing and churning movements help it deliver the drug directly to the gut
Nanoparticles-modified microbots coated with neutrophil cell membranes-reduce inflammation in lungs
Founders are excited to find the impact when software intersects science
New firm launched by 3D Systems to advance drug discovery and testing process
High sleep fragmentation was identified as an independent biomarker of future health
They aim to identify aging pathways and develop new drugs and biomarkers
Sediment built-up in the shunts can be scraped out using microbot swarms
Camera on each petri dish captures healthspan of many worms simultaneously
Microneedle-based hair treatment substantially more effective than topical application
Unlike a typical computer, Neuromorphic Chip mimics a human brain
NBTXR3 might give hope to patients who are ineligible for certain chemotheraphy
The test has passed initial studies and is currently being validated in Norway's medical lab
Prostasin level linked to diabetic onset and cancer deaths
Embolization is a medical technique used to block blood vessels during treatment
It uses a colour system to show health and safety, focusing on nutrition, additives, and risks
ForSight Robotics main goal is to democratize sophisticated eye treatment procedures globally
Clarity on cell particle interaction and particle uptake, for specific cancer types
Utilising new technologies and tests to detect and diagnose cancer at early stages
Bacterial microrobots activate immune response and release drugs directly at desired tumor sites
Soft yet tough biohybrid composites similar to lifelike skin may have productive potential
Shapeshifting microbots to automate the removal of dental plaque and decay-causing bacteria
Automated design and execution can increase efficiency and speed of research
The insects’ antennae are the most important for detecting cancer
Latch recognises low pH environment around cancer cells for penetration
Structural rearrangements in cells could be beneficial in treating diseases
Nanobots looking safe to diagnose, treat and prevent diseases
Bladder cancer patients show reduced hospital stay by 20% post procedure
360-degree health check gets even more precise with AI-powered assessment
Digital twins amplify healthcare efficiency for improved outcomes.
Developing a software platform that uses quantum computers to accelerate the discovery of new drugs
It can be personalised with patients' own cells and printed in three weeks
Big data combined with laboratory automation - the pace of drug discovery is about to take off!
It provides personalized nutrition, sleep, activity, and breathing guidance
Leaves DNA sequence unaltered while retaining the ability to specifically home
AI powered robotics aimed to minimise manual errors during phlebotomy
NICE recommends Sleepio as a better alternative for habit-forming sleeping pills
AntiBERTa's advanced AI model unlocks deeper insights into antibody structure and function
Robotic assistance in cancer surgery could be far more beneficial than previously thought
Gene modification in bacteria using CRISPR array provide direct information of active gut genes
in vitro studies shows prevention of failures due to bacterial infection
AI based-DERM could speed up diagnosis by replacing dermatology appointments
Chemotherapy treats patients but the lethal effect could be gotten down by preliminary testing
Its automated 4D technology can manufacture different implantable tissues
Instead of caterogising cancer based on the effected body part or type, whole-genome sequencing could be more practical
Test involves protein analysis that provide a snapshot of an individual's health
ChestLink will be available in clinics by 2023 to cut down radiologists’ workloads
Innovative tech to make self-administered therapies easier and more accessible
NHS to roll out genetic test that is currently able to match 40 drugs to patient's genetic code
Elevated lipid levels are linked with the incidence of CVD and type 2 diabetes
Leech and origami-inspired sensors on robotic fingers calculate systolic and diastolic BP
Combining 3D printing and stem cell technologies to develop kidney repair and replacement therapies
Paving the way for bioprinted livers and personalized drug screening for liver diseases
Female model allows health professionals have a better perspective on women's health
A breakthrough technique to print complex tissues that can be stored for later use
This early-phase technology could be game changer for spinal injuries very soon
Building from Deepmind's AI research, Isomorphic promises medical breakthroughs
Now this is what people imagine when we talk about robotic surgery!
Identifying faulty genes and matching cancer patients to potential experimential therapies
Get healthy, get discounts - Rejuve makes longevity accessible
Everdrone looking to expand its drones' capabilities within Sweden and beyond
Game changer in cancer treatment by improving early access to drugs and thereby survival rates
Founder convicted of wire fraud and sentenced to several years in prison
Ultra-low toxicity NaNots could have a wide variety of applications
Electric current damages the cell membranes of the cancerous cells
Flexible, washable batteries designed to withstand everyday demands
Raised $18 million Series A funding to speed up ageing research
DKG subsidiary to introduce biomarker-driven Longevity risk mitigation and intervention support
Mentorship and funding support for biotech innovators tackling ageing
Biotech experts back 1E, believing it can transform medical treatments
Raised $46 million to commercialize and advance robot-assisted surgical technology
Simple, low-cost tool for improving screening in remote and low-resource areas
Generation of high-potency bacterial vaccines using ultrashort pulsed lasers
Fits perfectly in the eye socket and looks realistic than alternatives
Thin, wireless, battery-free and multimodal musculoskeletal biointerfaces
A 5-minute test can assess the early risk of getting dementia
Novel needle free technology releases vaccine content with high-pressure
Only 3 reported incidents but risk of serious injury is high with platform designed for neurosurgery
Demonstrates the power of having millions of DNA records even with less reliable self-reported data
From drug discovery to longevity insights, a startup reshapes age-related medicine
In placebo controlled study, device improved brain processing and memory in patients
Leveraging systems pharmacology to streamline drug development and optimize therapeutic outcomes
Device made to fit perfectly, facilitating continuous monitoring of physiological parameters
Brain implant detects patterns that proceed depression and then blocks the signals
Tracks both physical and biochemical parameters, aiming for early disease detection & prevention
Challenges of mass producing stem cells and how 3 companies are attempting to overcome them
A breakthrough approach for cell-based treatments and precision medicine
Virtual cancer tumours can be grown and we can design personalised nanoparticles to treat them
AI-powered software can be an alternative for expensive and extensive lab work
People in Queensland can sign up to partake in the screening trial at Brisbane
Developing painless tests to detect lung cancer, liver diseases, respiratory diseases, and gut health
Prior study approval and monitoring long-term outcomes are needed to ensure patient's safety
Clinithink AI helped physicians in preventing serious complications among diabetes patients
Photoacoustic imaging of inflamed atherosclerotic plaques by carbon nanotubes
Overcomes a long trial and error process and accelerates personalized treatment
Despite huge benefits, robot-assisted surgery may increase complications - finds new study
Contactless imaging technique to improve accessibility in non-specialist clinics
Deep learning could improve diagnosis of non-white skin lesions if trained correctly
Rapamycin analogs may help prevent cerebral ischemia/reperfusion injury (CIRI)
Algorithm detects dementia better than neurologists, soon with a single brain scan
Produces personalised tips by comparing phone/wearables data with UK Biobank
Anti-ageing probability validated from a worm with human-like metabolism
New tiny virus catcher acts as nanorobots to engulf viral particles
Screening cancers non-invasively; shows safety in phase 1 trials
Provides early diagnosis in younger women, eliminating pain and discomfort
Nespresso for protein production: prototype inspired from single-serve coffee makers
Using a drop of blood, this device measures cortisol accurately within minutes
Latest AI platform developed to improve diagnostic accuracy of prostate cancer
Latvian based startup aims for cost-effective research studies, prioritizing study participants
Connecting aspiring longevity founders with mentors to drive innovation in anti-ageing biotech
Bioresorbable device with no leads and batteries for temporary use after heart surgery
Synestia system, a point-of-care device to detect any pathogen in less than 30 minutes
Virtual clinical trial can reduce the cost and time required while reducing risk
Low-cost, compact robot to help surgeons - yet to receive approval in the US and Europe
New collab with Teva Pharmaceuticals to identify drug targets for various diseases
Technology suitable for meeting the lab requirements to deliver the service
Rapid 3D printing of human tissue constructs aids in screening potential drug candidates
People in Hampshire and Yorkshire will be invited for participation in the trial
Printing brains and transplantable organs to save and improve lives
we'll gain the knowledge to keep astronauts healthy as they journey further into space
Treating the incurable - robotic technology improved precision and accuracy of surgeons
Low-cost manufacturing of reliable, battery-free, wireless e-textiles
New bacteria: virtually resistant to all viral infections
Funds to help this digital health company take a leap in offering quality healthcare
Improvement in quality of life by 5 to 10 years in cancer patients
Benefit to explore how the cell map differs in people with mental illness
Transcriptomic aging clock: providing insight into the changes involved in aging
Speeds up drug discovery process, allowing researchers to find new treatments for deadly diseases
In future: no keys, no wallet, just an implant under the skin
SkinVision helps to detect skin cancer at an early stage when its most treatable.
Storing data on glass platters could improve the outcome of surgeries
Massive accelerator for biofabrication and tissue engineering research
Artificial version could help to propel tiny biomedical robots
LUCAS 3 robot, a paramedic companion, first to deploy in South Central Ambulance Services
Revolutionary wireless prosthetic thumb with effective adapatability in the brain
Google brings dermatology assistance using AI - can you trust the results?
Wireless chip measures body temperature in mice & has the potential to track other parameters in humans as well
New model for predictive analytics of acute cardiovascular disease
Antibiotic's efficacy improved by 100,000 times in treating cystic fibrosis - currently in preclinical stage
This could be a major breakthrough, but with a 100% accuracy claim it definitely needs reproducing
MediMusic takes music therapy treatments to the next level, with trials in hospitals underway
Provides information about the tissue such as stiffness and bio-compatibility
Breakthrough strategy involving fusion of drug carrier membrane with the cell
Personalized porous tablets improve bioavailability of the drug and are much safer
Nose reconstruction made less invasive with 3D bioprinting, plans for human trails in 2-3 years
NHS rolls out 3D imaging technology for rapid diagnosis & early management of coronary heart disease
Raised $90M in series C funding - off to a great start initiating three clinical trials
First-of-its-kind implantable electrodes work without damaging brain tissue
These tiny yet complex devices hold a potential future in identifying & treating many diseases
Early diagnosis of respiratory infections with sweat sensor could enable early treatment to save lives
Highlights polyps in real-time, and also works with pre-recorded colonoscopies
RNA biomarker-based test identifies severity and future risk of developing mood disorders
Interesting drug delivery approach with rotaxanes to improve drug efficiency & reduce side effects
Cryoablation system using liquid nitrogen sets new standards for treating breast cancer
7 additional genes created normally dividing artificial cells - interesting tool for future research works
Promising precision biomedicine in the near future with neutrophil-based drug carrier bots
Advances in longevity pharmacology to revolutionize healthcare with personalized therapies
Urease-fueled nanorobots with medical imaging tracker is a breakthrough in biomedical research
Stretchable, printed soft lens for early and accurate detection of eye diseases
Using Ag2S as a drug delivery vehicle could reduce doses by 99% - meaning less side effects
New approach with seaweed-based material could bioprint transplantable organs soon
Giant leap towards developing transformative medicines powered by machine learning
Medical devices with unique therapeutic applications for many diseases
Computer models to predict disease prognosis, health care needs, and fight future pandemics
Sci-fi turned real: swallowable tiny camera capsules to spot signs of bowel cancer
Highlights the diagnostic accuracy of musculoskeletal diseases using AI processed medical imaging
New technique holds possibility of printing human organs, but currently limited to centimeter-sized models
Real injectable robots delivering drugs exactly where they're needed - the future is here!
Minimally invasive and effective surgical option with humanoid robotic arms
Insilico's novel drug target is prepping for IND studies, expecting to start clinical studies by early 2022
Engineered human cells through design-based process, eliminating trial and error approach
Early but promising results with genomics in diagnosis and treatment of macular degeneration
Noninvasive sensor on skin continuously monitors several vitals all at once
Nanoparticles with chemotherapy agent act longer, a potential alternative to cancer surgeries
Ceramic ink printing synthetic bones offers future scope for handheld printers
New automated system with AI searches genes, drugs to extend human healthy lifespan
Carbalive™ treats cirrhosis while Dialive™ treats liver failure
Laser-steering microrobot delivers high speed laser to perform minimally invasive surgeries
Hydrogels in tissue engineering with cell signaling protein combinations
Customizable nanobots to the cancer type could silence the targeted cancer genes
Collaboration among stakeholders can transform public health into public health longevity
Relays all information & reports to offer real time solutions to physician problems
Hopefully this test could be available on the NHS later this year - form an orderly queue!
Monitor real-time changes in serotonin levels & helps in developing new treatments
A landmark strategy towards integrating personalised treatments in routine cancer care
Green light activated E.coli genes, extending life in Caenorhabditis elegans
Provides quick and accurate blood profile of any protein & improves patient care
Effective in killing human coronavirus - residential use not recommended due to hazardous effects
Innovate UK is funding specialists of nanotechnology & bioimaging to cure cancer
No risk of spreading the virus or getting infected - will reinforce the health task-force
Aim to intervene in ageing-related diseases before they cause harm. Sounds like curing ageing!
Has halved the mortality rates despite the second wave of the pandemic
Calcium and citrate filled nanoparticles selectively kills cancer cells in mice
Project InnerEye reduces clinicians workload and improves cancer care
Antibody guided microbubbles improves cancer therapy and eliminates toxicity
Using machine learning, they plan to expand RNA therapy to treat various diseases
Scanner attached to robot performs stable eye scans without medical operators
Could there be a day when you don't own all the cells in your body?
Collaboration leverages cutting-edge DNA-encoded library technology to target unmet medical needs
Will help in developing designer meds, better crops & 'green enzymes' to counter pollution
Molecular simulations have discovered an enzyme with anti ageing and anti tumour effects
NHS to offer this test to 165,000 people next year for detecting cancers early
Liquid coated nanoparticles effectively deliver drugs with no side effects
3D print mini robot will help deliver drugs to specific parts in delicate surgeries
Platform is designed to help pharmaceutical companies detect substances efficiently
Plan to integrate it with their FDA approved Monarch robotic surgical system
Scientists made mini robots that work under magnetic field to deliver pills
Identifying early changes will help diagnose patients early and treat better
Semi-automating tissue differentiation makes artificial tissues at a faster rate
Tech can improve physical health, mental health and social circumstances of old age
John Murphy talks about a flexible mini robot (MIRA) that can help conduct bedside surgeries
Quicksilver uses liposomal nanoparticles to deliver supplements-increases bioavailability
Interoperability has always been problematic in healthcare - we really need to crack it for ageing research
Can assist and guide- reduces the risk of free hand dental surgeries
AI provides cheaper and accurate precision for identifying colorectal polyps
A blood test that can detect biomarkers for breast cancer risk and activity
Will make it easier to target treatment to specific locations in the body
Cartilage maps along with machine learning algorithms predict arthritic cases
Japanese origami inspired robot perform precise and less invasive surgical tasks
Unfolds inside the body to print cells and tissues - might help bio print organs soon
AgingSOS test unveils the potential of psilocybin treatments for ageing and psychiatric disorders
A magnetically controlled microrobot connects clusters of nerve cells
Fine structure suitable for tissue engineering and other medical applications
An automated sense-check of publications sounds like a good idea
Peptides reduce inflammaging and improve standardised physical tests
Space research suggests they might have a better antioxidant action than vitamins
Will lower the cost & speed up the process of developing drugs
You could fit 50,000 of these in a drop of blood - nanomedicine is getting closer
Nanoengineered gold identifies early signs of disease for better patient healthcare
Will help carry out microscopic surgeries with great precision and control
Will help trauma patients recover faster and better from nerve injuries
Early days but interesting alternative to chemicals which are handicapped by blood brain barrier
Experts found a protein indicating the disease, providing early treatment in the future
Tested some aspects in rats, could make lab-made organs for human transplant possible
Insilico Medicine is slashing the cost of drug development
When improved, could one day promote prevention and early treatment
It's a long way to go to having an effect in humans in vivo, but an interesting approach
Universal approach works with wide variety of nanoagents from 8 nm quantum dots to larger nanobots
This new tech can enable miniaturization and remote control in tight spaces
This organoid with chambers can fit into a mouse's belly
Able to regress tumor in mice within one to two days, and prevent regrowth
With increasing space flights it's inevitable that complex procedures will be carried out in microgravity
Does not mean that machines will be able to replace human scientists
3D printing process is a promising technology to obtain cornea structure
Significant results seen in mice, all made possible by nanotechnology
Success in mice model gives hope for fighting cholesterol-associated inflammatory diseases
In built sensors can take cues to diagnose diseases or even simply monitor your health
Findings open up new possibilities for personalized regenerative medicine
The future new norm to revolutionize how patients get botox and soft tissue fillers
Can potentially repair damaged cartilage in other parts of the human body
Forces of physics act in a programmed pattern to drive cellular behaviour
Can manipulate these nanobots inside the body using magnetic fields
This technology is very promising and has an enormous potential
Immediate defibrillation is the key to surviving a sudden cardiac arrest
This application of machine learning will soon speed up drug development
A report outlines how AI can advance genomics while addressing key challenges
This discovery could greatly reduce costs of diagnosing and studying the disease
Larger-scale clinical trials now in the works for a side-by-side comparison
Able to recover from induced surgical ischameia in hind legs of mice
Huge potential in a more personalized diagnostics and diet-based disease interventions
Made possible by Calico's research expertise and Google AI's machine learning tech
Vast potential when tapped for pharmaceutical medicine use as well
Demonstrated in a large prospective study involving patients without cancer history
Offers physical protection for patients, dentists among other advantages
One step nearer to thousands of nanobots monitoring us from the inside
This 10 dollar device can give results in about one and half hours
Interesting method to make naturally useful RBCs smaller and more mobile
Revolutionary tech to tailor patient-specific drugs for research and actual use
Promising tech for personalized health monitoring via analysis of excreta
More to look forward as it promises early cancer detection when fine-tuned
In response to mass testing needs, they employ robotics and automation for accuracy and speed
They need one million computers and it's your chance to be one in a million!
A big study to look forward as it intends to improve disease prevention, diagnosis, and management
Risk prediction and best therapy for a specific patient is a future possibility
Very beneficial as health sector sees where to prioritize testing
Able to monitor patients' vital signs and deliver medication remotely
3D printing is a quick alternative when the product chains are getting delayed
Besides preventing cross-infection for medical workers, robot prevents improper sample collecting
There many CT images to analyse so this AI saves up times
Bioprinter was successfully tested on mice, significant muscle hypertrophy was recorded
A success in petri dishes and animal models, eyed for potential in tumor drug delivery
Thanks to the algorithm scientists tested 107m compounds in just 3 days
Early detection means fewer complications and less financial contributions in the system
Option of robotic surgery to be provided for people in need across UK
AI apps can be inefficient in skin cancer diagnosis, if not properly regulated and certified
Muscle regeneration would have a huge hit on healthspan - getting people more mobile again
If developed, new research could help to improve the quality of mental disease treatments
Analyzing cancer DNA in blood can present easier diagnosis and more effective treatments
Made of DNA fragments, nanorobots will be used to locate and destroy cancer cells
Robot can save time, perform the procedure reliably and save money in health care
Skin transplantation could be no longer needed because this device makes everything more simple
Connecting the app data with physicians can help to prevent the risks associated with depression
Can speed up drug discovery process using artificial intelligence
Partnering with Japan's DSP, a milestone is reached in OCD treatment
Discovery is a promising one, and in the future, expected to reduce the risk of heart attacks
Studies were done by integrating whole-genome sequencing with advanced imaging and blood metabolites
Made possible by early detection of disease and disease risks through whole genome sequencing
Unit can expand to 10 units - but would be overwhelmed with a full-scale pandemic
Pigments can be replaced with useful chemical substances in the future
Unimaginable potential of AI yet to be discovered and applied in medicine
"Living robots" are created from completely biological material
Acts more on cancer cells compared to normal cells and eliminates them
Diagnosis with AI combined with pathologist can reduce the risk of misdiagnosis
If clinical trials succeed, it will improve breast cancer screening accuracy and efficiency
Team is aiming to change the cognitive, emotional processes of people by the video game
The more people looking at clever new ways to beat cancer the better
Improving effectiveness with reduced side effects - fingers crossed for this first-in-person trial
People's eye changes over 10 years were correlated with the emergence of Alzheimer’s disease
Soon it may be possible to print a liver in 90 days instead of waiting for a transplant
Advanced neural technologies to treat diseases and restore life expectancies
This closed-loop system customizes treatment, automatically adjusts insulin levels
More and more robots are becoming available, but needs to choose only the best!
Reduces the chances of missing even smallest precancerous lesions
Nanoparticles minimize the difficulty in identifying dangerous vascular calcifications
The more ways we can study and understand cell activity the better
Approved for clinical use in Europe - can be done as an outpatient procedure
Technology's advantages in the industry are 99% accuracy, 2 hour detection time, obtainable cost
Technologies are good for diagnosing the symptoms, not for providing the information of the cause
Functional organs from stem cells possible through machine learning and gene-editing
Robotic surgery will give patients access to the best specialists regardless of geographic location
Once technology is proven it could be used to remove ageing factors in old blood
Apps that enable you to talk to someone experiencing similar issues are used the most
Using a fluid matrix instead of a solid support structure may be the solution of bioprinting
Samples from 800 patients are being tested now for improving the test accuracy
Software guidance for patients gives privileges to white patients over black patients
Their "robot scientist" EVA is set to transform protein-based therapeutics
EVA combines machine learning, robotic automation, and synthetic biology
Extreme personalised medicine realises there is no such thing as an average cell
Doctors from Boston sequenced in detail whole genome of Mila and found the disease-causing mutation
Pipetting, sorting test tubes or preparing medicines by robots in near future
From lab to clinic in 2 years instead of 10 would have a huge impact on health
Trained on over 3 million photos - no human specialist has ever reviewed that many
Only represents a tiny amount of brain, but will eventually be more powerful than humans
40% of patients with CF don't respond to treatment because of rare mutations
Automation eliminates manual operation and leaves no room for errors
Analysis of cardiac MRI can be done faster, more accurate, using automated machine learning programs
Test will be used in a clinical study, if it will get approved, the test will roll out to patients
Could help tackle venous thrombosis that becomes a bigger risk with age
RiskCardio relies on 15 minutes of a patient’s raw electrocardiogram (ECG) signal
Robotic surgery increases patients access to medical help and decreases their time for treatment
Detects 50% more early stage lung cancers and being expanded to detect other types
Ethical issues like privacy and fairness require careful consideration
Mini heart can be used for testing different drugs effects on the heart muscles
Artificially grown human organs are the solution of the organ transplant shortage
Still not sure how the artificial intelligence does it though
In the future, it can be used as a delivery mechanism for clot reducing drugs
Will tell us about the new drugs that can cause blindness
Polypharmacy burden could be ended with personalized medicine breakthrough
There's a chance for at least one of these novel approaches might work
4x survival rate if EOC is caught early
Navigates through the body in a customised manner to reach its destination
Tested on mice model - need to slow down excretion from tissues
With all these cancers on the rise, are we acting fast enough?
Facial video of 2-minutes could measure blood pressure due to translucent skin
New approach has been effective in preventing the development of melanoma, treating primary tumours
Warns the doctors about rhythm abnormalities that went undetected
Lab results to the right doctors at the right time can improve patient's outcome
A future without the need for organ harvesting and trafficking
“Smart” cells behave like tiny autonomous robots, planned to detect damage and deliver help
Priorities - finding new drugs to cure diseases or your privacy?
Robot guided laser cutting surgery – now that’s medical technology!
Days of receiving one-size-fits-all regimens of chemotherapy and radiation may soon be in the past
Also improves surgeon’s performance by reducing hand tremors
This could be dawn of a new era - cancer treatment without side effects
36‐gene classifiers are known as Prostate Urine Risk (PUR) signatures.
DNA tests might identify ‘invisible population’ who are not currently seen as in danger
Improved accuracy of diagnosis and agreement between clinicians
Very clever technology – super-accurate blood test without taking a drop of blood
In a few years, we might have enough training data to actually achieve some diagnostic results
Lowering the levels of HER2 slows cancer cell proliferation and triggers cell death
Uses bio-ink to create artificial living tissue in a laboratory
Outpatient appointments at home, work or even inside your car
AI and doctors working together can be more effective
Organisms can survive even with a simple genetic code
This revolutionary model could have a major impact on organ donations
Prevents reestablishment of plaques, therefore more efficient than antibacterial agents
A useful short term fix until rejuvenation technologies mean we are no longer elderly
Powerful technology in the healthcare field must improve patients’ health
Regulators will struggle to keep up with improvements in AI diagnosis
No need to wait for evolution - we will be able to manipulate life forms soon
Human trials in a few years time
George Church has grand plans to make better cells
Could reduce time and cost of DNA testing
Used for research now, but technique could have clinical applications in future
It just takes 15 minutes of laser pulses to clear all blockages
Plan to incorporate controllers and sensors in future
nanoMIPs could improve the specificity of senolytics
More accurate than current methods - we'll hear this a lot with AI in healthcare
Another great example of machine learning saving time and lives
In the stomachs of pigs these smart pills lasted for one month
Lots more detail needed - how much, what will be tested for, how will results be interpreted?
From surgical planning and implants, to patient-specific pills
Speed and latency of 5G is enabling telepresence and telesurgery applications
Can be used to add or remove products from the body
Accurate risk estimate only available with a complete set of data for a patient.
Hopefully nerve grafts will become as common as skin grafts one day
Once trained artificial intelligence is almost aways going to be more reliable than humans
One small step for man, one bioprinted leg for mankind?!
Pre-planned procedures are the next step to fully autonomous robotic surgery
Could enable point of care blood testing instead of current ECG screening
VOCs in breath captured by mask sent to lab for diagnosis - avoids invasive tests
Allows researchers to better understand tumour structure and examine it from any angle
100,000 Genomes Project has ended "diagnostic odyssey" for 1 in 4 participants with rare diseases
Will take only ten minutes to tell you all about your cancers
A robot developed by the MIT is helping wth the diagnosis of skin conditions and abnormalities
Innovation is necessary to survive in the field of nanotechnology
A new flexible mini robot capable of carrying several times its own weight may be used for drug delivery in the future
Multi-legged millirobot has 40 times less friction than a limbless robot in wet, dry environments
This app’s algorithm is meant to provide early warning for skin cancer with a 30 seconds scan
This new robot is smaller and easier to set-up allowing a wider range of procedures
The REVOLVER A.I system is meant to predict a tumor’s mutation pattern based on previous cases
3D printing tablets helps controlling dosage and composition of drug treatments
Groundbreaking research biotechs performs aging research together for longevity
This A.I reports over 50 different eye diseases with a 94% accuracy
A biodegradable material that mimics bone was used for Bone Tissue Engineering in animals
Treatment could be more effective if we can identify resistance patterns at the begining
Brief description of available robotic surgery procedures and their corresponding equipment
This software test many chemical reactions simultaneously and may lead to faster drug discovery
Zitnik created a new network to describe how different drugs interact with our bodies
With this method researchers can now detect acute myeloid leukaemia years in advance with a blood sample
3D-printed Nickle and Titanium microrobots delivered cancer cells into mice
Google’s algorithm predicted inpatient mortality in two different hospitals
The PRECEYES system performed 12 delicate eye surgeries successfully
New web tool analyses over 49000 DNA markers to calculate risk for various diseases
Sutrue developed a new handheld device to assist with stitching and reduce risk of infection
3D printing could allow an unlimited supply of corneas
3D printing is expensive right now but it may promote decentralization of some healthcare aspects
The robot is capsule-shaped, hollow and has propellants that mimic bacterial movements
An automated system was developed to keep track of the growing of mini-organs from human stem cells
Handheld device deposits skin directly onto patients' wounds.
87 percent of participants in worldwide genomics research of European descent.
Robotic Endoscopy system used in its first clinical procedure.
Ccombines virtual reality with proprietary human-like surgical robotics.
Corkscrew-shaped nanomotor uses small, rotating magnetic fields.
Hand-held robot is revolutionising knee replacement surgery.
International team completely revamped the structure of a popular simulation algorithm.
New Centre for High Throughput Chemical Biology (cHTCB) facility.
New imaging technology to grade tumour biopsies.
Virtual yeast cell model can learn from real-world behaviors.
In the basement of Imperial College sits the London DNA Foundry.
New York Genome Center has develop a portable, low-cost microfluidic controller.
Veterans Affairs has announced a research partnership with Alphabet subsidiary DeepMind.
Project to uncover the genetic causes of diseases began in 2012.
Synthetic cell produces anti-cancer proteins within tumour tissue.
Nanobots made from origami-folded DNA sheets.
Crunched data from thousands of retinal scans to train an AI algorithm.
Plans to improve patient care in China and around the world
Handheld device developed by the company Oxford Nanopore.
Millirobots responds to magnetic field generated by MRI scanners.
Expect long-awaited breakthroughs in fight against cancer and diabetes.
Pill-sized sensor capsule transmits live data from the intestines.
Predicts whether someone will die within three months to a year.
Looks for mutations in 16 genes and eight proteins that regularly arise in cancer.
Role of high throughput sequencing (HTS) in rare and complex diseases.
Eve was developed by scientists at the Universities of Manchester, Aberystwyth, and Cambridge.
This comprehensive map of human cells will revolutionise medicine
Scientists at UC Davis outline the development and benefits of this innovative diagnostic tool.
Cardiologists analyse heartbeat scans incorrectly in one in five cases.
Robot exoskeleton can rapidly change shape upon sensing chemical or thermal changes.
Our bodies make roughly 20,000 different kinds of proteins.
Transcriptic robotic cloud laboratory allows users to run synthetic biology experiments remotely.
Robots and DNA share the ability to be programmed to complete a specific function.
Multiscale computer model incorporates data from physics, chemistry and biology.
Foundation Medicine's test for patients with advanced or widely spread cancers.
Bacterium's DNA modified to incorporate six letters instead of four.
Integration of robotics and automation has revolutionized procedures.
Biohybrids are biological cells with magnetic particles engineered on to guide them.
Xiaoyi is a robot developed by leading Chinese AI company iFlytek.
Currently growing cartilage and skin cells suitable for testing drugs and cosmetics.
Hoping to accelerate precision medicine research into a cure for Alzheimer’s disease.
Aquaro Histology obtains investment to commercialize automated microtomy technology.
Will look at diet, lifestyle, occupational and environmental factors.
Atlas will be a comprehensive collection of reference maps of the human body.
Cartridge would quickly extract small fractions of circulating tumour DNA in the blood
Riverfield Surgical Robot Laboratory raises $10 million for Emaro robot-assisted surgery platform.
Able to distinguish potentially dangerous tumours from harmless growths.
80 million Chinese in new genome sequencing project.
Ekso Bionics exoskeleton uses 3D printing to tailor the suit to its user.
Sensitivity of 95% and specificity of 100% for CT scans
Blood samples of an estimated half million veterans gathered.
Received $5M investment from Martin Schlaff's Alpha Capital.
For an illness like cancer, doctors often turn to computed tomography (CT) scans for a more definitive diagnosis, based on reconstructing a 3-D organ from multiple 2-D image slices.
Senior inventor at IBM has predicted artificially intelligent nano-machines within the next 20 years.
Smart Tissue Autonomous Robot (STAR) makes more precise cuts than expert surgeons.
Genetic test is a faster, less expensive treatment method for men with advanced prostate cancer
Smart mirrors, toilets and easy access to your health state, all of this are closer than we think
Diaceutics CEO Peter Keeling is working to bridge the gap between pharmaceutical companies, diagnostics, and laboratories.
Pancreatic cysts are increasingly detected on medical scans.
Wouter Uten recognized a need in the diagnostic industry for more automated laboratory workflows.
FDA approved in 2017, Kymriah is entirely customised to the individual patient.
Founded in 2014, France-based Eligo Bioscience has received $20m Series A funding.
New drug custom-printing method would allow pharmacists to customise for dosage, for your own personal biology, or even to combine many pills into one dose.
Warfarin is commonly prescribed to patients to prevent life-threatening blood clots.
Medical staff present but did not play an active role.
Bio-ink is made of cold-soluble gelatin and remains stable at room temperature.
Computers could start diagnosing patients’ illnesses within the next few years as artificial intelligence increasingly ousts doctors from their traditional roles.
CyberKnife uses X-ray cameras to monitor the position of the tumour and moves with the patient's breathing.
A new algorithm can rate how much pain you are in just by looking at your face.
KUKA’s LBR iiwa industrial robot, is designed for delicate assembly work.
Motor is a paddle-like chain of atoms that spins when activated by a light source.
Lifespan.io is launching a crowdfunding campaign to support MouseAGE.
Will study the connection between body bacteria and autoimmune diseases.
3D bioprinting laboratory-grown cells that can form complex living tissues and cartilage.
Versius will slash costs, improve patient recovery times and help speed up keyhole surgery.
Micromotors are autonomous vehicles the width of a human hair.
Bioinspired approach combines pop-up fabrication with soft robotics.
Could enable the creation of bio-friendly 3-D printed structures.
Franck Vernerey models his machines after maggots' squirming movement.
Current surgical robots make ths job easier for a human surgeon.
Robots use sound waves to create droplets a thousand times smaller than one a human can transfer.
Professor Dame Sally Davies envisions millions of patients having their DNA tested routinely.
Poised to have a major impact on diagnosis and treatment of breast cancer.
Robot at remote site has force, humidity and temperature sensors.
Very little research exists into the frequency of unintentional surgical damage.
A fun 15 minutes which raises some interesting questions about the future capabilities of nanobots.
One problem with nanobots (aka capsule endoscopes) is tracking their location once ingested.
World's first clinical trial of 3D printed bionic hands for child amputees.
Lessons learnt may be applied by other oncologists in future
Radboud University researchers assembled a synthetic nanoscale vesicle - a kind of bladder that can be filled with liquids.
E. coli bacteria given genes that are sensitive to tetrathionate - an indicator of ulcerative colitis.
University of Nevada, Reno working with robotic precision liquid equipment from Hamilton Company.
Stronger, quicker, less expensive, more flexible, and more comfortable than the implants currently available.
The way each person processes medication is unique.
There are more proteins possible than there are atoms in the universe.
Smartphone used to control blood sugar levels in mice with diabetes.
Including BenevolentAI which already has 24 drug candidates.
Interview with Dr. Alex Zhavoronkov, CEO of Insilico Medicine
Final Frontier Medical Devices wins $2.6 million prize after beating 255 teams that registered back in 2012.
Its Senhance Robotic Surgical System now includes a full range of hernia repairs.
Could make it possible to capture and analyze individual cells from a small sample of blood.
Could be used as artificial white blood cells defending your body from disease.
FlexDex Surgical instrument capable of making small incisions and stitching in the body.
Dr. Peter Kim, Sheikh Institute for Pediatric Surgical Innovation, explains STAR.
Tinavi’s Phecda surgery robot has 3D HD and can guide medical tools to within 0.8 millimeters.
University of California San Diego engineers are developing robots to be an integral part of the surgical team.
University of Toronto Scarborough algorithms can generate 3D structures of nanoscale protein molecules.
US start-up Canary Speech using deep-learning to spot neurological conditions in voices.
Michigan State University has created a molecular diagnostic system.
Bacterium with two new synthetic bases (called X and Y) added to the four natural bases (A, T, C, and G).
IBM’s research labs are combining the company’s existing machine learning and artificial intelligence systems with newer kit.
Stanford Artificial Intelligence Laboratory used a deep convolutional neural network (CNN) algorithm.
Current tools to determine concussion are crude and often subjective (e.g. count backward from ten to one).
Software learned to analyse blood tests and scans of beating hearts
The new approach to healthcare:
Investment in digital tools to enhance data collection in clinical trials.
Aptamer-based sensors can track levels of small molecules in mobile rats.
First synthetic version of a cardiac stem cell created.
International team of scientists have identified a unique “breathprint” for 17 diseases with 86% accuracy.
Cadaveric trials underway to perform upper GI, gynaecological, colorectal and renal surgery.
Patient suffered from uncontrollable tremors in his right hand.
Influence score (I-score) improved the prediction rate in breast cancer data from 70 percent to 92 percent.
GlaxoSmithKline employs online technology and a data algorithm developed by F1’s elite McLaren Applied Technologies team.
Gingko Bioworks manufactures tiny biological machines with biology
Sore Throat Test and Treat service will determine if an illness is caused by a virus or a bacterial infection.
German Research Centre for Artificial Intelligence (DFKI) designed AILA in 2010.
Same size as a blood cell potentially allowing them to be injected into a patient’s body.
We’re going to see more medical advances in the next decade than happened in the past century.
Asia’s largest healthcare group Apollo Hospitals says HAI or nosocomial infection is one of the biggest challenges faced by hospitals.
IBM’s AI system will attempt to solve some complex medical cases in Germany.
In 2013, the British HIV Association recommended that patients be offered an HIV test on registration with their GP in high-prevalence areas.
A decade after the Human Genome Project was declared complete the cost to sequence DNA has plummeted roughly a millionfold.
Created matrix can be grown into bone without having added stem cells or other growth factors
Deakin University in Melbourne has unveiled the HeroSurg robot which gives surgeons haptic feedback.
IDC predicts that 30 percent of providers will use cognitive analytics with patient data by 2018.
CRyPTIC aims to speed up the diagnosis and treatment of drug-resistant TB by looking at its genome.
Seeking to make precision cancer therapy available to all.
Combines lithotripsy (used to break up kidney stones) with the commonly used angioplasty balloon catheter.
Made from gold and nickel nanowire sections the devices flex like a fish when powered by a magnetic field.
Surgeon controlled robot via a joystick to remove a membrane one hundredth of a millimetre thick.
Improving Outcomes Through Personalised Medicine report launched at Health and Innovation Expo 2016.
Data from NHS approved health apps will feed directly into health records
National Technical University of Athens working to develop nanobots that could be injected into the brain and then crawl along neurons, pinching them to see if they are healthy or not.
Specialised robots work non-stop to rapidly testing hundreds of treatments for kids with high-risk cancers.
Technology demonstration released a drug inside cockroaches in response to a person’s brain activity.
Healthcare industry uses Big Data to identifying populations most likely to utilize its services.
220,000 UK residents participated in 3 year scheme to improve digital health skills.
100 million flagellated bacteria propel drug laden nanobots through body fluids, helped by the use of magnetic fields.
Mexican start-up MediPrint has developed the NovaCast – a custom fit, 3D-printed plastic cast.
IBM’s artificial intelligence system, Watson, compared the woman’s genetic information to 20 million clinical oncology studies.
Glaxo and Verily Life Sciences LLC, formerly Google Life Sciences, create Galvani Bioelectronics with $714 million budget.
100,000 Genomes Project is sequencing genomes from patients with rare diseases, cancers and infectious diseases.
Nokia has been developing health technology for both regulated and unregulated use.
Teleoperated ARES robot (Auris Robotic Endoscopy System) was cleared by the FDA at the end of May.
BioSerenity has developed Neuronaute – a shirt and cap embedded with biometric sensors.
Different clinical circumstances call for different types of timed release of drugs.
Hospitals, laboratories and research facilities hold huge amounts of cancer patient data.
Helen Waters is enthusiastic about a next generation EPR system.
Biocompatible material fits inside a capsule for swallowing.
University of North Carolina scientists are engineering proteins with functionality that nothing else is capable of doing.
Standard tests for bacterial infections involve growing bacterial cultures from patient samples and takes three to five days to get results.
Unmanned Star robot has been used to stitch together a pig’s bowel.
Works fine inside pig guts and it's just about the size of a multivitamin pill
Samsung Medison has updated its RS80A ultrasound imaging system for breast-lesion analysis.
New hardware and software will empower hospitals to fabricate many of their solutions.
MIT develops portable pharmaceutical manufacturing system that can be reconfigured to produce a variety of drugs on demand.
Run by internal micro-motors and is capable of single incision or incision-less surgery.
Uses a 3D representation of every artery that is 1mm across or wider.
All-Party Parliamentary Group (APPG) on Personalised Medicine has launched at the House of Commons.
Report: The New Front Door to Healthcare is Here
Conventional surgical robots based on structures made from rigid components which only move in straight lines.
Virtual Incision’s miniaturized robotically assisted surgical device used in a colon resection procedure.
Medical robotics at the cellular level.
One in 5 using a wearable device.
Medrobotics Flex Robotic System has sub-millimeter accuracy.
Gold nanobot has 2 strands of DNA – one to identify a disease, the other to fluoresce.
Summary of presentations at Recent Developments in Digital Health 2016 event at the Royal Society of Medicine, and how it has great potential to revolutionise healthcare.
Healthcare professionals treat us according to evidence-based medicine.
Test could be taken at home – non-invasive and cheap, costing around £15.
Randomized study of 1500 patients with decompensated heart failure.
Non-invasive prostate cancer test more accurate than standard prostate-specific antigen (PSA) tests.
DigitalHealth.London initiative will create a network of clinicians, healthcare providers, research institutes and entrepreneurs.
Mainly used for prostate cancer surgery.
Chief Clinical Information Officer Yvonne Goff reports on first year’s progress
Digital health integration platform Validic is teaming up with Philips to integrate personal health data from third-party devices and apps into connected health services
Jane Sarasohn-Kahn reviews a survey conducted for The Society for Participatory Medicine.
HealthMine survey of 501 consumers.
Information systems used by 10,000 health and social care workers in the borough.
Prof. Howie Choset’s snake-arm robot used on first human in 2010.
Proprietary synthetic DNA manufacturing process from Twist Bioscience features a 10,000-well silicon platform capable of producing synthetic biology tools, including genes, oligonucleotide pools and variant libraries.
Even before we can print organs 3D printing is helping surgeons.
Made mainly of polylactic-co-glycolic acid (PLGA) and silicone.
Antibiotics have no effect on respiratory infections caused by viruses – but doctors under pressure to prescribe.
Currently medical robots are improving patient outcomes not reducing cost.
Big Data has already offered up amazing proof of its applications
Not nanobots but tiny surgical instruments.
Review of CES 2016 – consumer-focused conference is seeing more digital health each year.
Researchers trained algorithm to recognise specific cell of interest.
Digital pill dissolves in your stomach acid, releasing a signal to an adhesive patch on your body, which in turn bluetooths an app on your smartphone.
Sperm that don’t swim well rank high among the main causes of infertility.
Including immuno-oncology treatments, antibody delivery, Tau-aggregation inhibitors and mRNA therapies.
Tiny groups of magnetically charged particles band together to break up clogged arteries in 2 stage process:
In April 2014, DARPA established the Biological Technologies Office.
2nd phase of the Accelerating Access Review has just closed.
Designed for minimally invasive spinal surgeries.
Cyclist lost jaw in an accident.
Competition showcases cutting-edge advances in surgical robot technologies.
SAP Foundation for Health and the SAP Medical Research Insights solution built on the HANA platform.
This is what everybody is really dreaming of when we talk about robotic surgery!
The bigness of data is not its absolute size, but the task of transforming it into wisdom.
Welsh government five-year NHS strategy includes:
Collaboration with Johnson & Johnson aims to make robots better surgical assistants.
Florida Hospital Nicholson Center has developed the Fundamentals of Robotic Surgery (FRS) program.
Most patients seem to recognize that information can’t be equated with knowledge or wisdom.
Technique takes advantage of how high-frequency ultrasound waves interact with tiny gas-filled bubbles about 2 micrometres in diameter.
Can test liver toxicity in 30 minutes instead of several days.
Public Health England hosted PHE Data Week; a series of activity focussing on data and its importance to health protection, prevention and care.
Modular surgical system that uses multiple collaborative robotic arms for universal minimal access surgery.
David Orban sumarises his recent Frontiers of Interaction conference talk.
3D-printed tracheal splint almost completely reabsorbed by body of first child to receive one.
In contrast to the EHR marketplace, where providers are more or less limited to a set list of certified products, healthcare organizations have a little more leeway when it comes to choosing big data analytics technologies to support more advanced health
Summary of all the day 2 speakers, including:
Practice of medicine needs to become the science of medicine
Researchers at Vanderbilt University have built over 20 function-specific capsules.
RAPID (Real-Time Adaptive & Predictive Indicator of Deterioration) programme uses isansys Lifecare Lifetouch smart patches.
Drugs can be expensive, difficult to research, hard to get approved.
Talks from leading medical technology companies and researchers, including:
St Mary’s hospital, Isle of Wight trialling UK first automated pharmacy
Microwaves heat up flesh-like material by only 1/1000th of a degree.
Clinically validated to ensure 1.5mm accuracy for increased patient safety.
Removing tumors from within the inner ear currently entails removal of entire mastoid bone.
Current electronic health records will soon be dwarfed by data generated by genetic and blood-marker tests, in addition to advanced scans and activity trackers.
A solid overview of personalised medicine including genetic variations, genomic testing, -omics technologies and biomarkers.
Penn Medicine’s massively parallel computer cluster uses a huge volume of data to build prototypes of new care pathways.
Grace Health System invests in Navio Surgical System from Blue Belt Technologies.
Great video introduction to some of the advances in nanobots and how they may be used in your body such as delivering drugs.
Researchers from Aalto University compare biological DNA-nanomachine developments and their uses.
Uppsala University research system finds optimal treatment drug combinations by planning, conducting and analyzing its own experiments.
Visible Human Project photographed 5000 slices of a cadaver.
Jipmer hospital to regularly use pharmacogenomics testing of drug-related proteins.
Converts MRI scans of a patient’s heart into a physical model within hours.
Urology Hospital, Pretoria, has completed almost 400 successful robotic prostatectomies with Da Vinci surgical robot.
New mini DNA sequencing device can detect bacteria directly from urine samples four times more quickly than traditional methods.
American Academy of Nursing says electronic health records are incomplete and potentially insufficient if missing social and behavioral data.
Super computer at Beth Israel Deaconess Medical Center, Boston, MA, collects and analyzes patient data every 3 minutes. Uses artificial intelligence to compare medical history and current medication with data from 250,000 patients over 30 years.
Used to treat prostate cancer patients.
Telepresence robot – PeTir – has video screen, speaker and a high-definition camera to allows doctors to visit patients remotely.
11% improvement in a comprehensive measure of diabetes management.
Aprecia launches first FDA approved 3D-printed drug. The epilepsy pill could lead the way to personalised medicines being manufactured close to the point of care. Once drug manufacturing is controlled by digital specifications, instead of bulk production
Hawaii-based Diagnostic Laboratory Services, Inc. purchases WASP robot (Walk Away Specimen Processor) by COPAN Italia .
250 prostate cancer samples studied – 5 distince genetic variations identified with different aggresiveness. Will enable doctors to decide on the best course of treatment.
Medical Research Council (MRC) and Engineering and Physical Sciences Research Council (EPSRC) announce 6 university based pathology centres.
IBM Watson artificial intelligence system to identify physiological indicators and red-flag behaviors of chronic conditions such as heart disease and obesity. 1 in 5 Americans could consult with Watson in a pharmacy kiosk – alerting your doctor of any con
New technique called electroporation opens up microscopic pores in T-cells allowing Crispr/Cas9 enzymes to enter and replace exact sections of DNA with synthetic, healthy sequences.
Microlaparoscopy is so difficult that only a handful of surgeons around the world use it. This mechanical wrist provides the dexterity to perform complex operations using keyhole surgery. Imagine when a robot is trained to use tiny instruments with the –
The manufacturer of the 3Dison range of desktop 3D printers has announced a $3 million government grant with the aim of having a 3D bioprinter working on-site at the Seoul National University Bundang Hospital within 3 years. Initial focus will be bioprint
Hundreds of thousands of people die each year in the US from sepsis – a condition where the immune system over responds to an infection triggering widespread, and often fatal, inflammation.
Advocate Health Care, a twelve-hospital health system based in Illinois, wanted to reduce unplanned readmissions which it considered a failure in transitions of care. Wanting to identify patients at highest risk for readmissions whilst still in the hospit
Cambridge Consultants have developed XylemDx – a diagnostic test cartridge that can be customised and printed on site using inkjet printer technology to lay down layers of microfluidic channels, electronics and reagents. The cartridges can handle a range
More than 5,000 patients with metastatic disease recruited from four large multi-centre global clinical trials. Some patients who would receive no benefit could skip three months of unnecessary treatment.
Tiny “wireless optofluidic neural probe” the width of a human hair implanted in mouse brain and triggered by remote control to deliver drugs. Could be used throughout the body to continuously deliver medications using printer style cartridges of drugs.
Need to overcome siloed and unstructured health data. Technology can help to synthesize information for healthcare professionals to enable better treatment decisions by clinicians. SAP partnering with ASCO to provide real-time clinical insights for cancer
UK’s new innovation centre for precision medicine to research more targeted disease prevention and treatment that takes into account people’s individual variations in genes, environment, and lifestyle.
Dartmouth-Hitchcock Health System is piloting a healthcare solution called ImagineCare built on Microsoft’s new Cortana Analytics Suite.
5000 people selected for study in 1946, over 2000 still taking part. Project able to track affects of upbringing and lifestyle on disease and longevity.
More and more investment in medical technology.
MIT researchers analysed anonymous data from over 500,000 patients. Able to compare individual patient’s medical history with other people to predict diseases.
Increased laboratory throughput. Free up researchers from repetitive tasks. For example, robotic pharmacies are expanding rapidly within hospitals and clinics.
Great 3 minute video explaining how technology will allow us to detect disease earlier and reduce size of interventions even down to the cellular level.
PK-Sim software predicts pharmacokinetic processes, such as the absorption, transport and metabolism of the active substance in whole-body ADME simulation. Database contains tens of thousands of existing substances, plus models of 15 organs.
Corkscrew-shaped bacteria enables drilling motion
Fish shape nanobots manufactured using microscale continuous optical printing (µCOP) at much smaller resolution than traditional 3D printing. Devices created from three different types of functional nanoparticles allowing them to be customized to suit the
Iimplantable, microchip-based device may soon replace the injections and pills now needed to treat chronic diseases.
Magnetic robots manoeuvred in MRI machine to form Gauss gun. Big at the moment but technology only gets smaller so will eventually be bloodstream scale. Video.
Laser applied to person’s wrist or earlobe absorbed by waste crystals produced by the malaria parasite. Detector picks up sound of bubbles in 20 seconds. Reduces cost of testing from 50 cents to 8 cents per-person.
Polypyrrole (Ppy) nanowire able to move through biological fluid environment. Includes video.
HLI (Human Longevity Inc) has purchased two Illumina HiSeq X Ten Sequencing Systems to study integrated health records and microbiome.
Blood tests to be offered to close relatives of people found to have familial hypercholesterolaemia.
Vessix Renal Denervation System uses electrical pulses to disable nerves between kidneys and brain to reduce blood pressure.
Foundation for Applied Molecular Evolution created two new bases (called Z and P) which were then present in evolved soltuions of DNA strands that preferentially bound to cancerous liver cells over healthy ones.
Another step closer to instant diagnosis from a pin prick of blood.
Scientifically accurate, physics-based simulated heart will accelerate device testing and heart disease research.
Lack of rigid skeleton allows it to bend, stretch and switch between flexible and rigid states. AImed at minimally invasive surgery.
Pharmaceuticals companies analysings hundreds of thousands of DNA samples to identify new gene targets. Previously took decades to find and study enough people with rare traits.
Unique number allows paramedics to access critical information faster
Simulates multiple factors that interact with each other in complex diseases. Multiple markers of inflammation in trauma care patients’ blood samples enables model to predict hospital length of stay, multi-organ dysfunction and death rate.
3D printed splints into their throats. These were designed to keep their windpipes open while allowing the infants to grow normally.
Company won MecklerMedia’s Startup Competition during their New York Inside 3D Printing Conference
Help predict whether patients’ tumors will metastasize (Video)
Ethicon has executed a definitive agreement to enter into a strategic collaboration with Google, Inc., working with the Life Sciences team on advancing surgical robotics to benefit surgeons, patients and health care systems.
Researchers at Max Planck Institute for Intelligent Systems in Stuttgart, Germany, have developed two types of microswimmers:
Neurorobotics platform models simplified virtual mouse brain (200,000 neurons compared to 75 million) mapped to different parts of the mouse body, including the mouse’s spinal cord, whiskers, eyes and skin.
Drug discovery could be made faster and much cheaper thanks to an artificially-intelligent ‘robot scientist’.
A team of researchers developed a low-cost smartphone accessory that detects three infectious disease markers from a finger prick of blood in just 15 minutes.
Researchers said they have developed an analysis pipeline that cuts the time it takes to search a person's genome for disease-causing variations from weeks to hours.
Multi-organ chip replicates complex metabolic processes in the human body. Authentic blood flow through various cells in 1:100,000 scale microfluidic chip.
OpenWorm project has mapped and simulated all the connections between the c. elegans
Professional Records Standards Body hopes to have established a formal service for the maintenance and development of clinical records standards by early next year.
Google X’s life sciences division has partnered with Entrega.
The study was published in the Integrative Biology journal.
Smartphone technology revealed at the British Science Festival could help diagnose and treat Parkinson's disease.
Reduces costs by factor of 100
Pros:
322 um long microbot that navigates using weak magnetic fields.
University of Sheffield’s Insigneo Institute working on European Commission’s Virtual Physiological Human programme with ultimate aim to create a computer simulated replica of the human body (“in silico”). Individual patient’s data could be input into the
Bacteriobot uses genetically modified salmonella bacteria’s brain and flagella to target cancer tumours with microscopic capsules filled with drugs.
The AtomoRapid all-in-one blood test can accommodate test strips for a wide variety of conditions from celiac disease and allergy through to infectious diseases such as malaria and HIV.
Mechanical and biochemical behaviors of a human lung including separated air and blood channels. Video shows white blood cells migrating to air channel to fight infections. Some effects only happen when chip simulates expansion/contraction of breathing.
Able to determine how different exercises induce bone strain and strain rates. From a mechanical engineering point of view, humans are just like machines with complex geometry: instead of steel structures we have a skeletal system; instead of hydraulics w
Predicts adverse effects of 2 drugs used to treat abnormal heart rhythm.